Explica cómo crear funciones multipartes, matrices, tablas, fórmulas, símbolos, tamaño de letra, espacios, desigualdades.

1. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
LaTeX en GeoGebra

2. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA

3. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Raíces y Fracciones Sumas e Integrales
frac{a}{b}
x^{a}
x_{a}
sqrt{x}
sqrt[n]{x}
binom{a}{b}
sum{ }
sum_{a}^{b}{ }
int{ }
int_{a}^{b}{ }
oint{ }
oint_{a}^{b}{ }
lim_{ x to infty }

4. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Paréntesis
left( right)
left [ right ]
left{ right}
left| right |
leftVert rightVert
leftlangle rightrangle
leftlceil rightrceil
leftlfloor rightrfloor
leftlgroup rightrgroup
leftlmoustache rightrmoustache
shadowbox{xx}
fbox{xx}
doublebox{xx}
ovalbox{xx}
Acentos
acute{x}
grave{x}
tilde{x}
bar{x}
breve{x}
check{x}
hat{x}
vec{x}
dot{x}
ddot{x}
dddot{x}
mathring{x}
Acentos ampliados
overline{xx}
underline{xx}
overbrace{xx}
underbrace{xx}
overleftarrow{xx}
underleftarrow{xx}
overrightarrow{xx}
underrightarrow{xx}
overleftrightarrow{xx}
underleftrightarrow{xx}
widetilde{xx}
widehat{xx}

5. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Matrices
begin{array}{}
a & b & c
end{array}
begin{array}{}
a b c
end{array}
begin{array}{}
a & b
c & d
end{array}
begin{array}{}
a & b & c
d & e & f
g & h & i
end{array}
Letras Fraktur
mathfrak{A}
mathfrak{B}
mathfrak{C}
mathfrak{D}
mathfrak{E}
mathfrak{F}
mathfrak{G}
mathfrak{H}
mathfrak{I}
mathfrak{J}
mathfrak{K}
mathfrak{L}
mathfrak{M}
mathfrak{N}
mathfrak{O}
mathfrak{P}
mathfrakQ}
mathfrak{R}
mathfrak{S}
mathfrak{T}
mathfrak{U}
mathfrak{V}
mathfrak{W}
mathfrak{X}
mathfrak{Y}
mathfrak{Z}
mathfrak{a}
mathfrak{b}
mathfrak{c}
mathfrak{d}
mathfrak{e}
mathfrak{f}
mathfrak{g}
mathfrak{h}
mathfrak{i}
mathfrak{j}
mathfrak{k}
mathfrak{l}
mathfrak{m}
mathfrak{n}
mathfrak{o}
mathfrak{p}
mathfrakq}
mathfrak{r}
mathfrak{s}
mathfrak{t}
mathfrak{u}
mathfrak{v}
mathfrak{w}
mathfrak{x}
mathfrak{y}
mathfrak{z}

6. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Caligráficas Murales
mathcal{A}
mathcal{B}
mathcal{C}
mathcal{D}
mathcal{E}
mathcal{F}
mathcal{G}
mathcal{H}
mathcal{I}
mathcal{J}
mathcal{K}
mathcal{L}
mathcal{M}
mathcal{N}
mathcal{O}
mathcal{P}
mathcal{Q}
mathcal{R}
mathcal{S}
mathcal{T}
mathcal{U}
mathcal{V}
mathcal{W}
mathcal{X}
mathcal{Y}
mathcal{Z}
mathbb{A}
mathbb{B}
mathbb{C}
mathbb{D}
mathbb{E}
mathbb{F}
mathbb{G}
mathbb{H}
mathbb{I}
mathbb{J}
mathbb{K}
mathbb{L}
mathbb{M}
mathbb{N}
mathbb{O}
mathbb{P}
mathbb{Q}
mathbb{R}
mathbb{S}
mathbb{T}
mathbb{U}
mathbb{V}
mathbb{W}
mathbb{X}
mathbb{Y}
mathbb{Z}
Cursiva
mathbb{A}
mathscr{B}
mathscr{C}
mathscr{D}
mathscr{E}
mathscr{F}
mathscr{G}
mathscr{H}
mathscr{I}
mathscr{J}
mathscr{K}
mathscr{L}
mathscr{M}
mathscr{N}
mathscr{O}
mathscr{P}
mathscr{Q}
mathscr{R}
mathscr{S}
mathscr{T}
mathscr{U}
mathscr{V}
mathscr{W}
mathscr{X}
mathscr{Y}
mathscr{Z}
Espacio (Un espacio) ;
Múltiples Espacios hspace{1.0cm}

7. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Funciones Multipartes, por Partes, por Tramos, por Pedazos o por Intervalos
g(x)=begin{cases}
x quad &text{if} , x in mathbb{Q}
-x quad &text{if} , x ; notin ; mathbb{Q}
end{cases}
f(x)=begin{cases}
x^2 quad & 0 leq x leq1
-x+2 quad & 1<x leq2
x^2-3x+2 & 2<x leq 3
end{cases}
Símbolos Relacionales
≤ leg ≃ simeq ⊆ subseteq ≐ doteq
≥ geq | mid ⊇ supseteq frown
≡ equiv ≪ ll ≅ cong ∈ in
⊨ models ≫ gg ⋈ Join ∋ ni
≺ prec ≍ asymp ⊏ sqsubset ∝ propto
≻ succ ∥ parallel ⊐ sqsupset = =
∼ sim ⊂ subset ≠ neq ⊢ vdash
⊥ perp ⊃ supset smile ⊣ dashv
≼ preceq ≈ aprox ⊑ sqsubseteq < <
≽ succeq ⋈ bowtie ⊒ sqsupseteq > >

8. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
Sistemas de Ecuaciones
begin{cases}
begin{aligned}
y - frac{2}{k}x &le 0
dfrac{1}{k}x - dfrac{1}{2}y &le -1
end{aligned}
end{cases}
S=begin{cases}
-x+2x-3z =x
4xhspace{1.3cm} -hspace{0.3cm} z = y
hspace{0.1cm} 7x+8y+9z=z
end{cases}
Letras Griegas y Hebreas
𝛼 alpha 𝜆 lambda 𝜏 tau Π Pi
𝛽 beta 𝜇 mu 𝜃 theta Ψ Psi
𝜒 chi 𝜐 nu 𝜐 upsilon Σ Sigma
𝛿 delta 𝜔 omega 𝜉 xi Θ Theta
𝜀 epsilon 𝜙 phi 𝜁 zeta Υ Upsilon
𝜖 varepsilon 𝜑 varphi Δ Delta Ξ Xi
𝜂 eta 𝜋 pi Γ Gamma ℵ aleph
𝛾 gamma 𝜓 psi Λ Lambda ℶ beth
𝜄 iota 𝜌 rho Ω Omega ℸ daleth
𝜅 kappa 𝜎 sigma Φ Phi ℶ gimel

9. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA

10. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
{}^{1}!/_{2}
{}^{a}!/_{b}
begin{array}{c|c}
1 & 2
hline
3 & 4
end{array}
begin{array}{c|ccc}
x & f(x) & g(x) & h(x)
hline
1 & 6 & 3 & 2
5 & 8 & 4 & 1
7 & 0 & 9 & 3
2 & 4 & 3 & 5
end{array}

11. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
begin{array}{|c|c|c|c|c|c|c|}
hline
x & -2 & -1 & 0 & 1 & 2
hline
f(x) & 4 & 1 &0 & 1 &4
hline
end{array}
y = begin{cases}
x^2+2x &textrm{si }x<0,
x^3 &textrm{si }0le x<1,
x^2+x &textrm{si }1le x<2,
x^3-x^2 &textrm{si }xge 2.
end{cases}

12. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
left(begin{array}{ccc|ccc}
1 & 2 & 3 & 1 & 0 & 0
4 & 5 & 6 & 1 & 0 & 0
7 & 8 & 9 & 0 & 0 & 1
end{array}right)
left(
begin{array}{cccc}
1 & 0 & cdots & 0
0 & 1 & cdots & 0
vdots & vdots & ddots & vdots
0 & 0 & cdots & 1
end{array}
right)

13. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
fbox{u=1}
fbox{hspace{0.8cm}
x+-y+z-t=0
2x+2y+2z+3t=0}
begin{array}{|c|c||c|} hline
a & b & a lor b hline
0 & 0 & 0
0 & 1 & 1
1 & 0 & 1
1 & 1 & 1
hline
end{array}

14. LATEX EN GEOGEBRA PROF. PÉREZ SANABRIA
tiny Geogebra
scriptsize Geogebra
footnotesize Geogebra
small Geogebra
normalsize Geogebra
large Geogebra
Large Geogebra
LARGE Geogebra
huge Geogebra
Huge Geogebra